def printr():
print('how many rectangles would you like to print')
count = l.getnum(True)
for i in range(count):
print("which rectangle would you like to print")
t = l.getnum(False, 0, len(mem) - 1)
mem[t].show()
def check():
print('\nthere are {0} rectangles\n'.format(len(mem)))
running = True
paramt = ["length", "height", "area", "parimiter"]
options = ['LENGTH', 'HEIGHT', 'AREA', 'PARIMITER', 'ALL', 'INDEX', 'BACK']
menu = """what would you like to check
(type exactly what is in the brackets)
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~#
({0[0]})----details of all rectangles with a spesific {1[0]}
({0[1]})----details of all rectangles with a spesific {1[1]}
({0[2]})------details of all rectangles with a spesific {1[2]}
({0[3]})-details of all rectangles with a spesific {1[3]}
({0[4]})-------gives back the details of all the rectangles
({0[5]})-----give the details of a single rectangle
({0[6]})------go back to main menu
""".format(options, paramt)
validate(options, menu)
for y in range(len(paramt)):
if choice == options[y]:
print("what is the {0} you would like to search for".format(
paramt[y]))
inp = l.getnum(True)
for x in mem:
param = [x.length, x.height, x.area, x.parimiter]
if param[y] == inp: data(x, mem)
if choice == options[4]:
for x in mem:
data(x, mem)
elif choice == options[5]:
print("what rectangle would you like to search for")
inp = l.getnum(False, 0, len(mem) - 1)
data(mem[inp], mem)
elif choice == options[6]:
running = exit()
def create():
measurements = ['length', 'hight']
print('how many times do you want to create a rectangle')
amount = l.getnum(True)
x = len(mem)
for i in range(amount):
re = []
for mes in measurements:
print('what is the {0} of rectangle {1}'.format(mes, x + i))
re.append(l.getnum(True))
rectangle = l.Rectangle(re[0], re[1])
mem.append(rectangle)
def delete():
conf = ["YES", "NO"]
menu = """are you sure you would like to delete this rectangle
(type exactly what is in the brackets)
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~#
({0[0]})--yes
({0[1]})---no
""".format(conf)
print("how many rectagles would you like to delete")
count = l.getnum(True)
i = 0
while i < count:
print("which rectangle would you like to delete")
t = l.getnum(False, 0, len(mem) - 1)
data(mem[t], mem)
usr = validate(conf, menu)
if usr == conf[0]:
mem.remove(mem[t])
i += 1
elif usr == conf[1]:
print("please chose a different rectangle then")
################################## # # # # # # # # # # #
#this is the times table creator# # # # # # # # # # # # #
################################## # # # # # # # # # # #
import library as l
##defined vairiables##
space=[" "," "," ",""] #creats the space additions to make all the numbers 4 characters long
##getting inputs and user friendly outputs##
print("Welcome to the timestable generator.\nPlease input the 2 whole numbers bellow")
print("the first number cannot be higher than 99")
num1=l.getnum(1,99) #gets the ammount of rows
print("the second number cannot be higher than 45")
num2=l.getnum(1,45) #gets the amout of collums
##calculations and output##
for i in range(1,num1+1): #repeats for every row
num=[] #the list of the numbers in the current row
for j in range(1,num2+1): #repeats every number in the current row
x=str(i*j) #gets the number that would be in said possition of the times table
for h in range(4): #checks for how long the number is
if len(x)==h+1: #-----^
x=x+space[h] #adds amount of spaces depending on how long the number is
num.append(x) #adds the number onto the end of the row
num=str(num) #converts the entire row to a string
########################################################################################
#python is very good at string manipulation so thats why this next part is very usefull#
import library as l
print("please input a whole number")
print("\nyour binary number is:\n" + str(l.dectobin(l.getnum(False))))